Area: Efficient, Safe, Clean Energy

New strategies in comprehensive use of plant biomass for sustainable production of hydrogen without carbon dioxide emissions – BIOH2

The aim of this project is to develop an innovative process for producing hydrogen from biomass and to evaluate its viability as an alternative technology for generating electricity. [...]

Increase in energy efficiency and environmental good practices of the industrial eco-system of Foia de Castalla – EcoINNOVA Joc 2

To promote the development of environmentally friendly processes, more specifically those process that are most characteristic of 'Foia de Castalla' Industrial Estate as a focal point of the national toy sector and therefore of the Region of Valencia. The improvements have been addressed from the point of view of improving energy efficiency of the processes. [...]

Financed

Promotion of eco-technologies for the prevention of climate change – ECOCLIM

Integrating solutions at an industrial level for the development and implementation of products, processes and services that enable meeting users' needs efficiently and sustainably. The European strategy for climate change was promoted and disseminated among the companies of the metal-mechanical sector and the children's products and leisure (toys) sector, specifically raising awareness of the use of environmental technologies (technologies, products or services for controlling pollution and use of resources). [...]

Financed

Development of a direct methanol fuel cell for portable applications and portables – PLIMEAPLIC

The main aim of the project is to develop a direct methanol fuel cell (DMFC) for portable applications. [...]

Financed

Development of a hybrid Go-Kart type vehicle that integrates advanced energy devices and fuel cell – H2eKart

This project will undertake the design of a hybrid system based on a PEM hydrogen fuel cell and supercapacitors in order to implement the system in a medium power electric Kart for use by young people (12 to 16 years). [...]

Financed

DEIMOS – Development and innovation in fuel cells with polymer membrane and solid oxides

This project has the following main lines of work: - Development of low temperature polymer membrane fuel cells. - Development of high temperature polymer membrane fuel cells. - Development of solid oxide. AIJU is participating in the development of low temperature polymer membrane fuel cells. [...]

Financed

R&D of an alkaline electrolyser for obtaining hydrogen with solar energy

The aim of this project, funded by the Ministry of Industry, Tourism and Commerce, within the Promotion of Technical Research programme, is to investigate the components, materials and designs for developing a new line of electrolysers of 1 to 5 kW power that will enable obtaining hydrogen from the electrolysis of water using alkaline solutions. It operates at a pressure of 15 bar, sufficient to directly store the hydrogen generated in metal hydrides without an intermediate compression state. [...]

Financed

Research and development of supercapacitors as devices for storing energy for electric toys

This project investigated and developed the materials necessary for assembling prototype supercapacitors. A large part of the R&D efforts were focussed on the development of new high capacity and low resistance electrodes. Prototypes of up to 200 F capacity are being developed. [...]

Financed

Research into components for the development of fuel cells adapted to the needs of electric toys

In this project, the components required for the assembly of low power stacks, 50-100 kW, will be investigated such as: bipolar plates, terminal plates, GDLs, MEAs. The fuels cells being developed by AIJU may replace traditional Pb/acid or Ni-Cd batteries used in electric toys. [...]

Financed